Sentence examples for models of soot from inspiring English sources

The measured PSDFs offer comprehensive, canonical data sets useful for testing models of soot formation.

The structure of these clusters is still highly uncertain, however, impeding the construction of quantitative models of soot inception and growth.

The method is illustrated by an example on detailed modeling of soot formation in hydrocarbon pyrolysis.

The modeling of soot formation and oxidation by the conditional moment closure (CMC) method is considered.

This database would also be useful for the validation of CFD simulations incorporating sophisticated model of soot production.

In the work presented in this paper, a two-dimensional mathematical model of soot regeneration was developed for a single-channel catalytic diesel particulate filter.

The modeling of soot formation and destruction employs an existing description of the key processes based on two soot variables the soot volume fraction (or mass concentration) and the particle number density.

These catalysts showed effective soot combustion at lower temperature under tight contact condition using carbon black (CB) as a model of soot particle, as compared with CuO/CeO2 with uncontrolled morphology.

The effect of Cs and Cu contents in Cs Cu/ZrO2 catalysts has been studied in the simultaneous abatement of NOx and carbon black (CB), used as a model of soot.

The carbon black (CB), which was used as a model of soot particle, was combusted over 700 °C, while the CeO2-based catalysts reduced the CB oxidation temperature by more than 150 °C.

Besides the intrinsic factors, the external factors of reaction conditions containing contact model of soot and catalyst, the content of O2 or NO, the ratio of catalyst to soot and gas flow rate also play important roles in affecting the catalytic performances for the simultaneous removal of NO and soot.